Co-developer has been working on the code needed for driving a string of TriPix. Now that we’ve got Art-Net receive code and TriPix transmit code, all that’s left is to merge the two together. Should have something stable by the end of the week.
The chip which handles the low-level ethernet routines is tiny. It’s the size of a regular 44-TQFP package, but there’s 80 pins instead. The pins sit on a fine, fine pitch – and I’m glad the robots at the assembly shop will be handling that part of the job. Wouldn’t want to try soldering it by hand.
On a side note, we currently use two shops for assembly. One is in Asia. They do fantastic work on high volume projects and the prices can’t be beat. Usually takes 20-30 days to turn an assembly project around. The other shop is here in town – about 15 minutes away. Though their assembly costs are typically higher, it’s great to have partners who work in the same time zone, speak the same language, and can work really, really quickly. They’ll regularly assembly our orders of 10-20 circuit boards – some fairly complex – in just 2 or 3 days.
It looks like the controller will be able to parse 2 consecutive universes of data (1024 channels), which roughly equates to 340 RGB nodes.
Demo video of a handful of Tripix being driven: